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Course Criteria
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1.50 Credits
Co-requisites: EET* K105/106. Students will learn basic electronic drafting techniques used to produce schematic diagrams, block and logic diagrams, printed circuit drawings, and chassis drawings. Construction of the student- designed printed circuit assembly is included.
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3.00 Credits
Prerequisite: High School Algebra or MAT* K095. Co-requisites: EET* K117, MAT* K137 . This course is designed for any military personnel who have the equivalent of 4 semester hours of AC & DC circuits. This course, in conjunction with military credits, will give the student credit for EET* K110, EET* K111, EET* K112, and EET* K113. The emphasis of this course will be on circuit analysis techniques such as Thevenin's Theorem, Norton's Theorem, Superposition Theorem, Loop, Mesh, and Nodal Analysis.
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1.00 Credits
Prerequisite: High School Algebra or MAT* K095. Co-requisites: EET* K116, MAT* K137. Students will be assigned laboratory exercises to achieve the goals of EET* K116.
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4.00 Credits
Prerequisites: EET* K105/106, MAT* K137. Co-requisites: EET* K120, MAT* K186. This course develops the concepts of DC and AC electric circuits introduced in Electric Circuits and Systems. More advanced configurations and applications of DC and AC principles are covered, including: transient behavior of capacitive and inductive circuits; power considerations in industrial AC system; network theorems, such as superposition and Thevenin's theorem applied to DC, AC, and mixed circuits; transformers, three phases circuits, and filters. Electrical Engineering Technology majors are expected to use this course to complete a year of study of circuits and systems.
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1.00 Credits
Prerequisites: EET* K105/106, MAT* K137. Co-requisites: EET* K112, MAT* K186. This course will supplement the course Electric Circuits and Systems. Students will apply the concepts learned in the classroom and develop their skills in making electrical measurements using a variety of test instruments.
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3.00 Credits
Co-requisite: EET* K125. This course is designed for military personnel who have the equivalent of 4 semester hours of digital electronics. This course, in conjunction with military credits, will give the student credit for EET* K254, EET K2111, EET* K258, and EET* K259. The emphasis of this course will be on using a microprocessor in a micro-computer system.
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1.00 Credits
Co-requisite: EET* K124. Students will be assigned laboratory exercises to achieve the goals of EET* K124.
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3.00 Credits
Prerequisites: EET* K105/106, MAT* K137. Co-requisites: EET* K135, MAT* K186. This course is an introduction to the internal physical behavior of solid state electronic devices. Conduction in metals and semiconductors is considered. The characteristics of junction diodes, bipolar transistors, and field effect transistors are studied. Biasing and thermal stabilization requirements and techniques are developed. Models, equivalent circuits, and applications are emphasized.
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1.00 Credits
Prerequisites: EET* K105/106, MAT* K137. Co-requisites: MAT* K186, EET* K134. This course supports Electronics I by providing the student with practical experience in the handling and measurement of semi-conductor devices. Computer simulation and bench measurement experiments will be performed in studying the operational characteristics of basic semi-conductor devices.
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3.00 Credits
Prerequisites: EET* K105/106 or EET K1130/31. Co-requisite: EET* K141. This course covers topics in the use of electrical machinery to convert energy from mechanical to electrical form and the converse. Included are DC machines, AC machines, stepper motors, and basics of starters and controllers.
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